KAIST (School of Computing)

KAIST School of Computing is a leading hub for advanced computing research in Korea, known for pioneering work in AI, data science, and systems engineering. Founded within Korea’s first research-driven university, it aligns with Vision 2031 to create globally relevant knowledge and foster human-centered innovation. Its curriculum supports transdisciplinary learning and encourages academic freedom, attracting high-performing students from around the world.

International visibility remains strong thanks to English-based instruction and collaborations across science and engineering fields. The school maintains a reputation for excellence through impactful research, global partnerships, and a commitment to developing future-ready computing leaders.

Graduates benefit from KAIST’s extensive ties to Korea’s technology ecosystem, securing roles at leading companies such as Samsung, LG, Naver, and top global firms. Career outcomes are consistently strong, with high employability in AI engineering, software development, data science, and research-oriented roles across both industry and academia.

The school strengthens opportunities through corporate partnerships, collaborative projects, and international programs that broaden career mobility. Alumni frequently launch successful startups or pursue research careers, supported by a network known for producing influential professionals who contribute significantly to Korea’s technological competitiveness.

KAIST School of Computing attracts ambitious students through its no-entrance-exam admissions, English-taught courses, and research-driven culture. Its world-class laboratories offer early exposure to cutting-edge work in AI, cybersecurity, and interactive computing, enabling students to participate in meaningful projects from their first year onward.

Other advantages include a no-tuition model for many students, dual-degree pathways, and strong industry proximity in both Daejeon and Seoul. Small class sizes and direct mentorship from globally recognized faculty ensure a personalized learning environment. Graduates join an influential network known for shaping Korea’s tech innovation landscape.

The School of Computing drives national and global advancements in AI, distributed systems, cyber-physical systems, and secure computing. Research groups contribute to areas such as robotics, IoT for smart cities, and energy-efficient architectures, generating patents, publications, and real-world applications across multiple sectors.

Innovation is strengthened by close integration with industry and KAIST’s entrepreneurial ecosystem, which supports the creation of deep-tech startups. Interdisciplinary initiatives across quantum sciences, biology, and business allow research to scale into societal impact, reinforcing KAIST’s role in shaping Korea’s digital transformation and scientific leadership.

What makes the admissions process distinctive? KAIST evaluates applicants through aptitude screening, recommendations, and interviews rather than standardized exams, allowing a more holistic review of talent and potential.

Are programs taught in English, and how diverse is the community? Most computing programs are fully English-taught, supporting a multicultural environment with a significant population of international students from various regions.

What support exists for research and entrepreneurship? Students gain access to specialized laboratories, funded research opportunities, and incubation programs that encourage turning innovative ideas into viable startups.

Undergraduate admission relies on a competitive aptitude-based process, while graduate applicants submit academic records, recommendations, and research statements. International students must provide proof of English proficiency. Application cycles typically run for spring and fall entry, with specific deadlines published on the KAIST portal.

Most domestic students receive tuition exemption, and international applicants can obtain scholarships covering tuition and living expenses. Dormitories offer affordable housing, and students receive support for visas, health insurance, and orientation. Transportation links, campus amenities, and student services help ensure a smooth transition into academic life.